Abstract
With the influence of the energy internet, traditional demand response has evolved to the integrated demand response, which can achieve the flexible operation of the whole system, improve the energy utilization efficiency and reduce operating costs. In order to optimize the operation of the industrial plant with multiple energy needs, the equipment model, energy coupling model, load model and demand response model of the integrated energy system of the industrial plant are established. Then, based on the above model, an optimal operation model for the integrated energy system with economy as the goal is established. Finally, the operating cost and equipment output of the system before and after the industrial plant participates in the integrated demand response are compared and analyzed using typical daily load operation data of the industrial plant. The result shows that the integrated energy system participating in the integrated demand response can effectively reduce operating costs and load demand during peak hours of power consumption.
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